flying shear lines

High-speed, high-precision cutting: achieves stable high-speed cutting with high repeatability and good finished-product dimensional consistency.
Continuous, stable operation: features self-diagnosis, fault protection, and redundancy to minimize unplanned downtime and improve line utilization.
Excellent system integration: easily interfaces with upstream and downstream equipment, supports automated control and data communication, forming a closed-loop production line.
Modular, compact design: modular structure facilitates on-site installation, maintenance, and future expansion, saving space.
Energy efficiency and cost advantages: efficient drive and speed-control strategies result in lower unit production costs and reduced operating expenses.
Fast changeovers and flexibility: rapid tooling/cutter changes and quick switching between production specifications, shortening line-change times.
Wide adaptability: good compatibility with multiple materials and a broad thickness range, suitable for multi-product, small-batch production.
Low maintenance, long lifecycle: durable key components and long maintenance intervals, resulting in less downtime.
Safety and user-friendly interface: comprehensive safety measures and intuitive operating interface, reducing the risk of operator error.
Data-driven and remote support: supports parameter traceability, online diagnostics, remote fault troubleshooting, and maintenance reminders.

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Product Details

Here is the English translation of your product details:

I. Product Overview

Product name: 3 × 1850 Flying-Shear Lines
Applicable scenarios: Slitting of strip material, thin-plate processing, and other production-line stages requiring high-speed, stable cutting
Note: If “1850” refers to length, model, or series, please clearly state its meaning to aid customer understanding

II. Main Technical Parameters (template; use actual values)

Equipment quantity and configuration: 3 units/set, model 1850 series
Rated cutting speed: X m/s (maximum achievable cutting speed)
Maximum processing width / strip width: Y mm
Applicable material thickness range: t_min – t_max mm
Tooling type and replacement: fast tool changes, standardized tool holders
Main drive and power: servo drive / motor power Z kW
Control system: PLC + HMI, supports automated control and data communication
Precision and repeatability: repeatability ±Δ mm (provide actual process values)
Energy consumption and thermal management: energy-efficient drive with cooling design
Dimensions and weight: overall dimensions W × D × H mm, weight kg
Working environment: operating temperature/humidity range, noise level

III. Main Features and Advantages

High-speed, high-precision cutting to ensure finished-product dimension consistency
Continuous, stable operation with self-diagnosis, fault protection, and redundancy
System-level integration with upstream/downstream equipment, supports automated control and data communication
Modular, compact design for easy on-site installation, maintenance, and future expansion
Fast changeovers and flexibility to shorten line-change times and support multiple specifications
Broad material adaptability and thickness range coverage
Low maintenance and long service life, reducing downtime and maintenance costs
Safety and user-friendly human-machine interface, intuitive operation and robust protective measures
Data-driven and remote support, parameter traceability, online diagnostics, and remote assistance

IV. Standard Configuration and Options

Standard configuration: 3 Flying-Shear Lines, bed frame and chassis, servo drive assembly, control cabinet, HMI touch screen, basic safety guards, basic connecting cables
Optional items (configurable as needed): automatic loading/unloading system, chip/str Waste handling module, tray/ pallet system, online measurement and inspection module, data interfaces and cloud monitoring, remote fault-diagnosis service, enhanced safety protection devices
Data interfaces: supports Ethernet, fieldbus (e.g., Profinet/Modbus/Mitsubishi, etc.) and SPC data interfaces

V. Delivery and After-sales

Delivery time: X weeks/days after contract signing
Installation and commissioning: on-site installation and commissioning by the manufacturer, with operator training
Warranty and maintenance: full machine warranty period X months/years, including standard spare parts and remote technical support
Service approach: remote diagnostics; on-site service as per contract

VI. Packaging and Transportation